
Scott Wilson enhanced the build system robustness of the libsdl-org/highway repository by implementing __has_include-based hardware capability detection, ensuring accurate identification of asm/hwcap.h availability across diverse compiler toolchains. Working primarily in C and C++, Scott addressed cross-platform reliability by rolling back SVE enablement due to internal build issues and updating related compiler checks and tests to maintain stability on ARM architectures. His work focused on compiler directives and build system logic, reducing the risk of future build failures. Through targeted, auditable commits, Scott laid the groundwork for safer reintegration of advanced features while improving the maintainability of the build process.

February 2025: Delivered build system robustness for highway by introducing __has_include-based hardware capability detection to ensure correct asm/hwcap.h availability across toolchains. Rolled back SVE enablement due to internal build issues and updated related compiler checks and tests to preserve stability across ARM toolchains. These changes improve cross-platform reliability and reduce build failures, while laying groundwork for safe reintegration of SVE features when builds stabilize.
February 2025: Delivered build system robustness for highway by introducing __has_include-based hardware capability detection to ensure correct asm/hwcap.h availability across toolchains. Rolled back SVE enablement due to internal build issues and updated related compiler checks and tests to preserve stability across ARM toolchains. These changes improve cross-platform reliability and reduce build failures, while laying groundwork for safe reintegration of SVE features when builds stabilize.
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